In the circuit below, A and B represent two inputs and C represents the output. The circuit represents a logic gate for which, values of A, B and C are as follows: Determine the value of x. (Consider all the components in the circuit to be ideal.)

Question

In the circuit below, A and B represent two inputs and C represents the output.

The circuit represents a logic gate for which, values of A, B and C are as follows:

Determine the value of x. (Consider all the components in the circuit to be ideal.) (A) (B) (C) (D)

Tardigrade Admin · Accepted Answer

In the given circuit, the gate conducts when any of the diodes conduct. Thus, it represents an OR gate. For OR gate, the output is high when either or both the inputs are high. ∴ x=5 V

Q. In the circuit below, $A$ and $B$ represent two inputs and $C$ represents the output.

The circuit represents a logic gate for which, values of $A, B$ and $C$ are as follows:

Determine the value of $x$ . (Consider all the components in the circuit to be ideal.)

In the given circuit, the gate conducts when any of the diodes conduct. Thus, it represents an $OR$ gate. For $OR$ gate, the output is high when either or both the inputs are high.
$∴ x = 5 V$

Q. In the circuit below, A and B represent two inputs and C represents the output. The circuit represents a logic gate for which, values of A,B and C are as follows: Determine the value of x. (Consider all the components in the circuit to be ideal.)

In the given circuit, the gate conducts when any of the diodes conduct. Thus, it represents an OR gate. For OR gate, the output is high when either or both the inputs are high. ∴x=5V

Q. In the circuit below, $A$ and $B$ represent two inputs and $C$ represents the output.

The circuit represents a logic gate for which, values of $A, B$ and $C$ are as follows:

Determine the value of $x$ . (Consider all the components in the circuit to be ideal.)

In the given circuit, the gate conducts when any of the diodes conduct. Thus, it represents an $OR$ gate. For $OR$ gate, the output is high when either or both the inputs are high.
$∴ x = 5 V$